Earth and Planetary Sciences
Energy Efficiency
76%
Pilotless Aircraft
62%
Altitude
53%
Hovering
45%
Set
43%
Cost
42%
Vehicle
38%
Millimeter Wave
38%
Energy Consumption
33%
Show
29%
Area
25%
Receiver
20%
Time
20%
Telecommunication
19%
Electric Battery
18%
Service
17%
Policy
16%
Smart City
15%
Street
15%
Line of Sight
15%
Network
15%
Project
15%
Datum
14%
Deployment
14%
Speed
13%
Algorithms
12%
Station
12%
Shape
12%
Trajectory
12%
Act
9%
Ratio
9%
Subject
9%
Impact
9%
Connectivity
7%
Cost Analysis
7%
Antenna Arrays
7%
Variation
7%
Room
7%
Substitute
7%
Characterization
7%
Indoor Environment
7%
Furniture
7%
Output
7%
Decoupling
7%
Communication Network
7%
Coordinate
7%
Infrastructure
7%
Cycle
7%
Corridor
7%
Value
7%
Engineering
Access Point
100%
Energy Efficiency
76%
Unmanned Aerial Vehicle
68%
Energy Engineering
56%
Nodes
48%
Millimeter Wave
38%
Massive MIMO
23%
Receivers
20%
Non-Orthogonal Multiple Access
19%
Monotonic
19%
Global Optimum
19%
Design
19%
Metrics
17%
Global Energy
17%
Optimization
16%
Smart City
15%
Indoor Scenario
15%
Outdoor Scenario
15%
Measurement
15%
Networks
15%
Roads and Streets
15%
Investment Cost
12%
Photovoltaic Panel
12%
Algorithm
12%
Joint Implementation
12%
Trajectories
12%
Numerical Evaluation
12%
Problem Formulation
9%
Basestation
9%
Optimisation Problem
9%
Objective Function
9%
Convex Optimization Problem
9%
Candidate Solution
9%
Outer Approximation
9%
Optimization Technique
9%
Data Rate
9%
Rate Constraint
9%
Energy Communication
9%
Depth of Discharge
7%
Fixed Cost
7%
Workspace
7%
Operational Cost
7%
Measurement Campaign
7%
Antenna Arrays
7%
Battery Capacity
7%
Significant Impact
7%
Connectivity
7%
Level Distribution
7%
Environment
7%
Path Loss
7%
Computer Science
Access Point
100%
Unmanned Aerial Vehicle
88%
Energy Efficiency
76%
User
67%
Energy Efficient
53%
Channels
37%
Energy Consumption
33%
Convex Programming
29%
Non-Orthogonal Multiple Access
19%
Multiple Access Scheme
19%
Design
19%
Service
17%
Wireless Access
15%
Smart City
15%
Networks
15%
Deep Reinforcement Learning
11%
Approximation Algorithms
9%
Programming Technique
9%
Candidate Solution
9%
Rate Constraint
9%
Optimization Technique
9%
Problem Formulation
9%
Objective Function
9%
Energy Consumption Model
9%
Fractional Programming
9%
Indoor Scenario
7%
Providing Service
7%
Flight Parameter
7%
Significant Impact
7%
Geographical Area
7%
Packing Algorithm
7%
Vertical Dimension
7%
Workspaces
7%
Use Case
7%
Operational Cost
7%
Transmission Scheme
7%
Battery Capacity
7%
Smart City Application
7%
Connectivity
7%
Facebook
7%
Mobile Network
6%
Time Consumption
6%
Frequency Resource
6%
Globally Optimal Solution
6%
Data Communication
6%
Interference
6%
Functions
6%
Urban Environment
5%
Learning Framework
5%
Solution Space
5%
